Our solution utilizes advanced AI vision algorithms to automatically detect open flames and smoke in surveillance video streams or images, enabling real-time fire prevention alerts to enhance safety in critical environments.

The detection algorithm specifically designed for circular or square covers used to seal road utility holes.

The detection algorithm for identifying objects discarded from vehicles (such as water bottles, express delivery boxes, plastic bags, etc.) and cargo or soil spilled from truck compartments onto road surfaces in road scenarios.

Based on visual analysis technology, the algorithm detects fallen trees in images.

Based on visual analysis technology, the system detects operators with fixed business premises engaging in business activities extending beyond their storefronts—specifically identifying behaviors where goods or operations overflow beyond doors, windows, and exterior walls. It provides real-time determination of outdoor business operations and triggers instant alerts.

This solution leverages advanced visual analysis technology to monitor public spaces for unauthorized business activities, automatically identifying violative entities and triggering real-time alerts to enforce regulatory compliance.

Using AI vision algorithms to monitor dog owners walking dogs without leashes and count the number of dogs.

Using AI vision algorithms to monitor clothes-drying behavior in public places and issue alerts.

Using AI vision algorithms to monitor road water accumulation and splashing conditions, assisting management departments in troubleshooting issues.

Leveraging visual analysis technology to detect overturned shared bicycles in target areas, assisting operation and maintenance personnel in rapid dispatch and arrangement to ensure road accessibility and urban cleanliness.

Based on visual analysis technology, the system identifies improperly parked shared bicycles within designated areas, providing real-time feedback on their locations and quantities to assist operations teams in efficiently standardizing parking order.

Using visual analysis technology to count shared bicycles in designated areas and output the statistics at preset intervals.